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CARBON-POLYMER COMPOSITE ELECTRODES FOR REDOX CELLS

机译：用于氧化还原细胞的碳聚合物复合电极

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Conductive carbon-polymer composite electrodes for the vanadium redox flow battery were developed and their properties investigated. Conductive polymer composite materials were fabricated by mixing PVC, nylon 6, nylon 11, LDPE, and HDPE with conductive fillers. To overcome the deterioration in the mechanical properties of carbon-polymer composites with high carbon loading, a range of chemically resistant rubbers was blended into the composites. Electrical, mechanical, permeation, and electrochemical studies show that the HDPE composite is the best electrode matrix material for the vanadium redox battery. The performance of a vanadium redox flow cell employing the best composite electrode was also evaluated and voltage efficiencies as high as 88% were obtained with electrodes employing graphite felt active layers banded to the carbon-polymer composite substrates. (C) 1995 John Wiley and Sons, Inc. [References: 16]
机译：开发了用于钒氧化还原液流电池的导电碳聚合物复合电极，并研究了其性能。导电聚合物复合材料是通过将PVC，尼龙6，尼龙11，LDPE和HDPE与导电填料混合制成的。为了克服高碳载量的碳聚合物复合材料机械性能的下降，将一系列耐化学性橡胶混入了复合材料中。电气，机械，渗透和电化学研究表明，HDPE复合材料是钒氧化还原电池的最佳电极基质材料。还对采用最佳复合电极的钒氧化还原流通池的性能进行了评估，对于采用石墨毡活性层绑扎在碳聚合物复合衬底上的电极，其电压效率高达88％。 （C）1995 John Wiley and Sons，Inc. [参考：16]

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